The Datasheet Archive

AVW-15SBW-CL-24 datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
AVW-15SBW-CL-24 AVW-15SBW-CL-24 ECAD Model PUI Audio Sirens, Audio Products, SIREN 18-28VDC 32 TONE W/FLASH Original PDF

AVW-15SBW-CL-24 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Not Available

Abstract: No abstract text available
Text: A DRAWING NO. AVW-15SBW-CL-24 SCALE: N.T.S. SHEET 1 OF 1 , ) Vdc (2nd Tone) to next product (2nd Tone overrides 1st Tone) r ^ MMMMMk 91 RLE NAME AVW—1 5SBW— CL-24 , PARAMETERS VALUES UNITS RATED VOLTAGE 24 Vdc OPERATING VOLTAGE RANGE 18 ~ 28 Vdc TONE OUTPUT SEE 32 TONE CHART — CURRENT CONSUMPTION (NOMINAL) SEE 32 TONE CHART mA INGRESS PROTECTION IP54A - LENS COLOR CLEAR - FLASH RATE 1 PER/SECOND CASE MATERIAL/COLOR ABS/WHITE - TERMINAL SCREW - OPERATING TEMPERATURE


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PDF IP54A 120Vac AWA-DBW-120 2002/95/EC AWA-DBW-120, CL-24 AVW-15SBW-CL-24
2007 - TT 2206 datasheet

Abstract: c3310 TRANSISTOR TT 2206 transistor tt 2206 AT-1620-TWT SMT-0823-S-R Piezo Ceramic Microphones AOM-4542P-R SMT-1028-S-R SMT-0540-S-R
Text: -15SBR-RL-12 AVW-15SBR-RL- 24 AVW- 15SBW -AL-12 AVW- 15SBW-AL-24 AVW- 15SBW -BL-12 AVW- 15SBW-BL-24 AVW- 15SBW-CL -12 AVW-15SBW-CL-24 AW-05CR-NC AW-05CW-NC AW-05MR AW-05MW-NC AW-10CFR AW-10CFW AW-10CSR AW , .22 Sirens . 23~ 24 2 Transducers (Piezo , 20 14 15.4 22 24 12.8 13.8 13.8 13.8 16.5 16.8 17 21.5 22 22 22.5 26.5 23.8 24 24 24 28.5 30 30 30 33 33.6 39 42 54.6 7 10 12.8 13.8 13.8 13.8 16.5 16.8 17 18


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PDF ISO9001: TT 2206 datasheet c3310 TRANSISTOR TT 2206 transistor tt 2206 AT-1620-TWT SMT-0823-S-R Piezo Ceramic Microphones AOM-4542P-R SMT-1028-S-R SMT-0540-S-R
Not Available

Abstract: No abstract text available
Text: Volume Control, -R for RoHS compliance Ex. AVW-10SBR-R AW- 15SBW Part Numbering (Speakers &


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PDF AB2072S AB-3024B-LWC50-R AS05008MS-R, AS05708MS-LW305-R, AS03504PR-WR-R -C3310: POM-2240L-R, AOM-5652L-LWC100-R, POM-2044P-C33-R
32-tone

Abstract: IP54A
Text: /05 12/05 DO NOT SCALE DRAWING projects ® unlimited Dayton , Ohio SIREN/STROBE SIZE A DRAWING NO. AVW- 15SBW


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PDF IP54A 120Vac AWA-DBW-120 2002/95/EC AWA-DBW-120, BL-12 AVW-15SBW-BL-12 32-tone
2003 - 32-tone

Abstract: No abstract text available
Text: SPECIFICATIONS PARAMETERS VALUES RATED VOLTAGE OPERATING VOLTAGE RANGE TONE OUTPUT CURRENT CONSUMPTION (NOMINAL) INGRESS PROTECTION CASE MATERIAL/COLOR OPERATING TEMPERATURE WEIGHT UNITS 24 9 ~ 28 SEE 32 TONE CHART SEE 32 TONE CHART IP54 ABS/WHITE -10 ~ +60 300 Vdc Vdc , Designed by SIZE A3 AW- 15SBW .idw Date Checked by Date Approved by J.A.F. 12/15/2005 E.P. 12/15/2005 B.R. Date Drawn Date 12/15/2005 6/15/2010 AW- 15SBW Siren


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PDF 120Vac AWA-DBW-120 2002/95/EC AWA-DBW-120, AW-15SBW AW-15SBW 32-tone
2003 - Not Available

Abstract: No abstract text available
Text: SPECIFICATIONS PARAMETERS VALUES RATED VOLTAGE OPERATING VOLTAGE RANGE TONE OUTPUT CURRENT CONSUMPTION (NOMINAL) INGRESS PROTECTION CASE MATERIAL/COLOR OPERATING TEMPERATURE WEIGHT UNITS 24 9 ~ 28 SEE 32 TONE CHART SEE 32 TONE CHART IP54 ABS/WHITE -10 ~ +60 300 Vdc Vdc , Designed by SIZE A3 AW- 15SBW .idw Date Checked by Date Approved by J.A.F. 12/15/2005 E.P. 12/15/2005 B.R. Date Drawn Date 12/15/2005 6/15/2010 AW- 15SBW Siren


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PDF 12/15/20AIL 120Vac AWA-DBW-120 2002/95/EC AWA-DBW-120, AW-15SBW AW-15SBW
2003 - Not Available

Abstract: No abstract text available
Text: SPECIFICATIONS PARAMETERS VALUES RATED VOLTAGE OPERATING VOLTAGE RANGE TONE OUTPUT CURRENT CONSUMPTION (NOMINAL) INGRESS PROTECTION CASE MATERIAL/COLOR OPERATING TEMPERATURE WEIGHT UNITS 24 9 ~ 28 SEE 32 TONE CHART SEE 32 TONE CHART IP54 ABS/WHITE -10 ~ +60 300 Vdc Vdc , ANGLES ARE ±3°. SIZE A3 AW- 15SBW .idw Date Checked by Date Approved by J.A.F. 12/15/2005 E.P. 12/15/2005 B.R. Date Drawn Date 12/15/2005 6/15/2010 AW- 15SBW


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PDF 120Vac AWA-DBW-120 2002/95/EC AWA-DBW-120, AW-15SBW AW-15SBW
lhh-3

Abstract: 8G89 kj3x
Text: / FLKGLK GIFM@;? ;Mg;K :8G89@C@KP DFI< K?8E mhhMgLJf vCC DF; CL ;< 8E @EK


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PDF
Not Available

Abstract: No abstract text available
Text: 23 M inim um Clock Cycle Time @ CL - X-1 CL = 2, 10 ns 24 M axim um Data Access Tim e from , tC| Clock Cycle Time ( CL = 2) < I ras Active-to-Precharge Command Period (min) *ac Access Time , 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 VSS DQO DQ1 DQ2 DQ3 , e a t Max. Sup p orted CAS Latency ( CL ) @ CL = X CL - 3, 8.0 ns 80h 10 S D R A M Access from Clock @ CL = X CL = 3, 6.0 ns 60h 11 D IM M Config uratio n Type (Non-parity, Parity


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PDF THMY6416H1EG-80 216-WORD 64-BIT THMY6416H1EG TC59SM708FT 64-bit SZ-ll-8661
Not Available

Abstract: No abstract text available
Text: -4 5 4 A D 6 4 5 F -A 8 0 CL = 3 CL = 2 83 MHz 7 ns 4 ,4 0 6 m W M C -4 5 4 A D 6 4 5 F -A 1 0 CL = 3 100 M H z 7 ns 4 ,5 5 0 m W CL = 2 77 MHz 8 ns 3 ,6 8 6 m W , CL = 3 100 M H z 7 ns 3 ,6 8 6 m W CL = 2 M C -4 5 4 A D 6 4 5 F A -A 1 0 B CL = 3 CL = 2 77 MHz 8 ns 3 ,2 5 4 m W • Fully Synchronous Dynamic RAM, with all signals , n m o d e -A 80 1,0 24 mA 1 -A 10 /C A S la te n c y = 2 N otes 944 944


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PDF MC-454AD645 64-BIT MC-454AD645 uPD4516821
Not Available

Abstract: No abstract text available
Text: 20H 0 0 1 0 0 0 0 0 128M bytes 10 11 24 CL = 3 Access tim e , time Part number Clock access tim e (MAX.) CL = 3 125 MHz 6 ns 100 MHz 6 ns CL = 3 100 MHz 6 ns CL = 2 ★ Clock frequency (MAX.) CL = 2 ★ /C AS latency , DQ 6 DQ 24 O—V\Ar*- D Q 4 DQM /CS DQ 1 DQ 10 O—'W V - DQ 5 DQ 2 DQ 11 o—V \A , , BA0 (A13), BA1 (A12), MIN. TYP. /RAS, /CAS, /W E Cl2 24 40 Cl3 CKE0, CKE1 32


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PDF MC-4532CD646 32M-WORD 64-BIT MC-4532CD646 uPD45128841 M13348X)
TC59WM807BFT

Abstract: THMD25E30B70 ks h 148 oa
Text: , WD 01 h 23 Minimum Clock Cycle Time at CLX-0.5 ( CL = 2) 7.5 ns 75h 8.0 ns 80 h 10 ns AOh 24 Maximum Data Access Time(tAC) from Clock at CLX-0.5 ( CL = 2) ± 0.75 ns 75h ± 0.75 ns 75h ± 0.8 ns 80 h 25 , 75 80 t(x Clock Cycle Time (min.) CL = 2 7.5 ns 8 ns 10 ns CL = 2.5 7 ns 7.5 ns 8 ns tRAS , VSS 24 DQ17 116 VSS 47 DQS8 139 VSS 70 VDD 162 DQ47 2 DQ0 94 DQ4 25 DQS2 117 DQ21 48 AO 140 DM8 71 NC , CL (CLX = 2.5) 7.0 ns 70h 7.5 ns 75h 8.0 ns 80 h 10 SDRAM Device Access Time from Clock at CL = 2.5 Â


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PDF THMD25E30B70 432-WORD 72-BIT THMD25E30B TC59WM807BFT 72-bit ks h 148 oa
TC59WM807BFT

Abstract: THMD51N01B70
Text: ns 75h 8.0 ns 80 h 10 ns AOh 24 Maximum Data Access Time(tAC) from Clock at CLX-0.5 ( CL = 2) ± 0.75 , Time (min.) CL = 2 7.5 ns 8 ns 10 ns CL = 2.5 7 ns 7.5 ns 8 ns tRAs Active-to-Precharge Command , Ground VDDSPD Serial EEPROM Power VDDID VDD Indentification Flaq MC Mo Connection 1 VREF 93 VSS 24 , of this Assembly SSTL 2.5V 04h SSTL 2.5V 04h SSTL 2.5V 04h 9 SDRAM Device Cycle Time at Maximum CL (CLX = 2.5) 7.0 ns 70h 7.5 ns 75h 8.0 ns 80 h 10 SDRAM Device Access Time from Clock at CL = 2.5 Â


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PDF THMD51N01B70 864-WORD 72-BIT THMD51N01B 64-bit TC59WM807BFT 64-bit
dg1u

Abstract: DG211A 74C04 siliconix dg211 74C04 application DG211 DG211DY DG212 DG212CJ DG212DY
Text: * E H in3 Logic DG211 0 ON OFF 1 OFF ON Logic "0" £ 0.8 V Logic "1" a 2.4 V Switches Shown for , Conditions Unless Otherwise Specified V+ = 15 V,V- = -15 V Vm = 2.4 V, 0.8 Ve Temp" Limits Unit Mmc , High IlNH VIN = 2.4 V Room -1 -0.0004 HA Vin = 15V Room 0.003 1 Input Current—Input Voltage , Isolation OIRR Vffl = 5 V, Rl = 1 k£2 CL = 15 pF, VS = 1 Vrms, f = 100 kHz Room 70 dB Channel-to-Channel , Vl = 5 V, Vs = 2 V RL = lki2, CL = 3SpF Ta = 25°C tON -55 -35 -IS 5 25 45 65 85 105 125


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PDF DG211/212 DG211 DG212 n-channeM74C73 MM74C73 DG212 P-32167â dg1u DG211A 74C04 siliconix dg211 74C04 application DG211DY DG212CJ DG212DY
810H

Abstract: FE050D FE050D9 FE150D FE150D9 UL-1950
Text: here, scaled by power level where appropriate. LLt cc CL z> o tz> CL 3.0 2.5 2.0 1.5 1.0 0.5 0.0 , Voltage at Room Temperature, 48 V Input, and 30 A Output > ° . « o < T 15.5 §5 OSi I- cl H 13 O , Temperature and 48 V Input (Waveform Averaged to Eliminate Ripple Component.) <5 & cl o < o 15.5 ttf , Room Temperature and 48 V Input (Waveform Averaged to Eliminate Ripple Component.) I §8 I-ÏÏ. CL , airflow in a 40 °C environment is 1.0 m/s (200 ft./min.). z o Q. CO W Q CC o CL 20 40 60 80 LOCAL


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PDF FE050D FE150D FE050D9 FE150D9 005002b 810H UL-1950
ltc1064

Abstract: LTC1061 LTC1064ACJ LTC1064ACN LTC1064AMJ LTC1064CJ LTC1064MJ AVW 24 8th order lowpass butterworth filter
Text: INVA LTC1064 INVC HPC/NC BPC LPC SC V" CLK 50/100 LPD BPD HPD INVD 24 23 22 10k -vw—♦ 12.1k , BETWEEN PINS 4, 1 C2 = 10pF BETWEEN PINS 21, 24 C3 = 27pF BETWEEN PINS 9,12 WIDEBAND NOISE = 140hVrms , \J 24 ] INV C HPB/NB [T 23] HPC/NC BPB [T 22] BPC LPB [7 HI LPC SB [T 20] SC AGND Qf Ts] V , J PACKAGE N PACKAGE 24 -LEAD CERAMIC DIP 24 -LEAD PLASTIC DIP Tjmax = Tjmax = 150°C, 0JA=1OO , bpd hpa/na qt 33 hpd inv a [î2 33 INV D SW PACKAGE 24 -LEAD PLASTIC SO Tjmax = 100°C, 9ja =


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PDF LTC1059/LTC1060/ LTC1061 140kHz LTC1064 152mm) 254mm) ltc1064 LTC1064ACJ LTC1064ACN LTC1064AMJ LTC1064CJ LTC1064MJ AVW 24 8th order lowpass butterworth filter
MQUAD

Abstract: 1110E GA1086 GA1086-MC1000 GA1086-MC500 MC500 avw 13
Text: VDD I 19 I I 20 I I 21 I I 22 I I 23 I I 24 I I gTf GND Q2 03 VDD Q4 Q5 GND TriQuint's GA1086 , . All outputs of the GA1086 are TTL-compatible with 30 mA symmetric drive and a minimum V0h of 2.4 V , or V,L 2.4 3.6 V Vol Output LOW voltage VDD = Min l0l = 30 mA V|pj= V|H or V|L 0.2 0.5 V Vih3 , - 9 CLK Reference Clock 23 Q4 Output Clock 4 0 10 S1 Select 1 24 Q5 Output Clock 5 0 11 FBIN


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PDF GA1086 MQUAD 1110E GA1086-MC1000 GA1086-MC500 MC500 avw 13
FC050A

Abstract: FC100 FC100A FC150 FC150A UL-1950
Text: w CL I- D O 15 .j. -r i ' i \f /-v_ 4-i-1— -i- . /-"+.1.; " i , Averaged to Eliminate Ripple Component.) z CL iL LL Ä II O I UJ I- > O S LU CC O > W il Oà , in a 40 °C environment is 1.0 m/s (200 ft./min.). o Cl < CL W W Q OC LU o a. LOCAL AMBIENT , lu § o CL - IO 5 _j_I. Vi-36 V-v.y >6 rv = 18 V


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PDF FC050A, FC150A FC100A, FC050A9 FC100A9 FC150A9 FC050A FC100A FC100 FC150 UL-1950
avw-2

Abstract: array antenna passive rod antenna
Text: No file text available


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PDF OFL-110) avw-2 array antenna passive rod antenna
2003 - Not Available

Abstract: No abstract text available
Text: SPECIFICATIONS PARAMETERS VALUES RATED VOLTAGE OPERATING VOLTAGE RANGE TONE OUTPUT CURRENT CONSUMPTION (NOMINAL) INGRESS PROTECTION LENS COLOR FLASH RATE CASE MATERIAL/COLOR TERMINAL OPERATING TEMPERATURE WEIGHT UNITS 24 18 ~ 28 SEE 32 TONE CHART SEE 32 TONE CHART IP54 4 AMBER , MILLIMETERS, TOLERANCES ARE ±0.5 AND ANGLES ARE ±3°. Designed by SIZE A3 AVW-15SBR-AL- 24 , Drawn Date 12/16/2005 5/17/2010 AVW-15SBR-AL- 24 Siren Edition Sheet - 1/1


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PDF 120Vac AWA-DBR-120 2002/95/EC AWA-DBR-120, AVW-15SBR-AL-24 AVW-15SBR-AL-24
2003 - Not Available

Abstract: No abstract text available
Text: SPECIFICATIONS PARAMETERS VALUES RATED VOLTAGE OPERATING VOLTAGE RANGE TONE OUTPUT CURRENT CONSUMPTION (NOMINAL) INGRESS PROTECTION LENS COLOR FLASH RATE CASE MATERIAL/COLOR TERMINAL OPERATING TEMPERATURE WEIGHT UNITS Vdc 24 18 ~ 28 Vdc SEE 32 TONE CHART SEE 32 mA TONE CHART , , TOLERANCES ARE ±0.5 AND ANGLES ARE ±3°. SIZE A3 AVW-15SBR-AL- 24 .idw Date Checked by , /16/2005 5/17/2010 AVW-15SBR-AL- 24 Siren Edition Sheet - 1/1 Projects Unlimited


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PDF 120Vac AWA-DBR-120 2002/95/EC AWA-DBR-120, AVW-15SBR-AL-24 AVW-15SBR-AL-24
2003 - Not Available

Abstract: No abstract text available
Text: SPECIFICATIONS PARAMETERS VALUES RATED VOLTAGE OPERATING VOLTAGE RANGE TONE OUTPUT CURRENT CONSUMPTION (NOMINAL) INGRESS PROTECTION LENS COLOR FLASH RATE CASE MATERIAL/COLOR TERMINAL OPERATING TEMPERATURE WEIGHT UNITS Vdc 24 18 ~ 28 Vdc SEE 32 TONE CHART SEE 32 mA TONE CHART , MILLIMETERS, TOLERANCES ARE ±0.5 AND ANGLES ARE ±3°. SIZE A3 AVW-15SBR-RL- 24 .idw Date , Date 12/15/2005 5/18/2010 AVW-15SBR-RL- 24 Siren Edition Sheet - 1/1 Projects


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PDF 120Vac AWA-DBR-120 2002/95/EC AWA-DBR-120, AVW-15SBR-RL-24 AVW-15SBR-RL-24
LVDM976

Abstract: SN75976A SN75976ADGG SN75LVDM976 SN75LVDM976DGG 400CS
Text: Temperature - °C Figure 24 150 0) o c 0 ''S 01 (0 a. o Ol If Ó è o x CL 13 12 11 10 , - 7A [ 23 34 j 3B+ 7DE/RE [ 24 33 ] 3B- 8A [ 25 32 ] 2B+ 8DE/RE [ 26 31 ] 2B- 9A [ 27 30 ] 1B+ 9DE , using single-ended signals, is between 1.8 V and 2.4 V, when using low-voltage differential, and is above 2.4 V, when using high-voltage differential. The outputs assume the characteristics of , diagram (positive logic) 2.4 V CDEO INV/NON ^ Texas Instruments POST OFFICE BOX 655303 • DALLAS


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PDF SN75LVDM976 SLLS292-APRIL 20-Mil SN75976ADGG SN75LVDM976 LVDM976 SN75976A SN75LVDM976DGG 400CS
2003 - Not Available

Abstract: No abstract text available
Text: SPECIFICATIONS PARAMETERS VALUES RATED VOLTAGE OPERATING VOLTAGE RANGE TONE OUTPUT CURRENT CONSUMPTION (NOMINAL) INGRESS PROTECTION LENS COLOR FLASH RATE CASE MATERIAL/COLOR TERMINAL OPERATING TEMPERATURE WEIGHT UNITS Vdc 24 18 ~ 28 Vdc SEE 32 TONE CHART SEE 32 mA TONE CHART , , TOLERANCES ARE ±0.5 AND ANGLES ARE ±3°. Designed by SIZE A3 AVW-15SBR-RL- 24 .idw Date , Date 12/15/2005 5/18/2010 AVW-15SBR-RL- 24 Siren Edition Sheet - 1/1 Projects


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PDF 120Vac AWA-DBR-120 2002/95/EC AWA-DBR-120, AVW-15SBR-RL-24 AVW-15SBR-RL-24
2003 - Not Available

Abstract: No abstract text available
Text: SPECIFICATIONS PARAMETERS VALUES RATED VOLTAGE OPERATING VOLTAGE RANGE TONE OUTPUT CURRENT CONSUMPTION (NOMINAL) INGRESS PROTECTION LENS COLOR FLASH RATE CASE MATERIAL/COLOR TERMINAL OPERATING TEMPERATURE WEIGHT UNITS Vdc 24 18 ~ 28 Vdc SEE 32 TONE CHART SEE 32 mA TONE CHART , ±0.5 AND ANGLES ARE ±3°. Designed by SIZE A3 AVW-15SBR-AL- 24 .idw Date Checked by , /16/2005 5/17/2010 AVW-15SBR-AL- 24 Siren Edition Sheet - 1/1 Projects Unlimited


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PDF 120Vac AWA-DBR-120 2002/95/EC AWA-DBR-120, AVW-15SBR-AL-24 AVW-15SBR-AL-24
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